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New High-Hardness Metal-Matrix Material Developed for Additive Uses

机译:专为添加用途而开发的新型高硬度金属基材料

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摘要

A new ferrous metal-matrix material developed by The NanoSteel Co. (Providence, RI) will soon offer manufacturers a new alternative for producing fully dense, high-hardness metal components with additive manufacturing techniques. A developer of engineered powders and metal alloys, NanoSteel announced Sept. 24 that it had successfully leveraged its uniform metal-matrix microstructures in a laser-sintering process that enabled creation of a crack-free, fully dense bulk sample. The company's initial focus in additive manufacturing will support the need for on-demand, on-site wear parts, while addressing challenges in 3D printing of high-hardness parts.
机译:由NanoSteel Co.(Providence,RI)开发的新型黑色金属基质材料将很快为制造商提供一种新的替代方法,以通过增材制造技术来生产完全致密,高硬度的金属部件。作为工程粉末和金属合金的开发者,NanoSteel于9月24日宣布,它已在激光烧结过程中成功利用了其均匀的金属基体微观结构,从而能够创建无裂纹,完全致密的块状样品。该公司最初将重点放在增材制造上,将满足对按需现场磨损零件的需求,同时解决高硬度零件3D打印方面的挑战。

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